Uses of Interface
adams.data.container.DataPoint

Packages that use DataPoint

Package	Description
adams.data.baseline
adams.data.container
adams.data.filter
adams.data.instance
adams.data.sequence
adams.data.smoothing
adams.data.timeseries
adams.flow.sink.sequenceplotter
adams.gui.visualization.spreadsheet

Uses of DataPoint in adams.data.baseline

Methods in adams.data.baseline that return DataPoint

Modifier and Type	Method	Description
protected abstract DataPoint	AbstractSavitzkyGolayBased.getOriginalPoint(DataPoint newPoint, T original)	Retrieves the data point from the original signal that corresponds to the provided new one.
protected DataPoint	TimeseriesSavitzkyGolayBased.getOriginalPoint(DataPoint newPoint, Timeseries original)	Retrieves the data point from the original signal that corresponds to the provided new one.
protected abstract DataPoint	AbstractLOWESSBased.subtract(DataPoint old, DataPoint baseline)	Subtracts the baseline from the old data point and creates a new data point.
protected abstract DataPoint	AbstractSavitzkyGolayBased.subtract(DataPoint old, DataPoint baseline)	Subtracts the baseline from the old data point and creates a new data point.
protected DataPoint	TimeseriesLOWESSBased.subtract(DataPoint old, DataPoint baseline)	Subtracts the baseline from the old data point and creates a new data point.
protected DataPoint	TimeseriesSavitzkyGolayBased.subtract(DataPoint old, DataPoint baseline)	Subtracts the baseline from the old data point and creates a new data point.

Methods in adams.data.baseline with parameters of type DataPoint

Modifier and Type	Method	Description
protected abstract DataPoint	AbstractSavitzkyGolayBased.getOriginalPoint(DataPoint newPoint, T original)	Retrieves the data point from the original signal that corresponds to the provided new one.
protected DataPoint	TimeseriesSavitzkyGolayBased.getOriginalPoint(DataPoint newPoint, Timeseries original)	Retrieves the data point from the original signal that corresponds to the provided new one.
protected abstract DataPoint	AbstractLOWESSBased.subtract(DataPoint old, DataPoint baseline)	Subtracts the baseline from the old data point and creates a new data point.
protected abstract DataPoint	AbstractSavitzkyGolayBased.subtract(DataPoint old, DataPoint baseline)	Subtracts the baseline from the old data point and creates a new data point.
protected DataPoint	TimeseriesLOWESSBased.subtract(DataPoint old, DataPoint baseline)	Subtracts the baseline from the old data point and creates a new data point.
protected DataPoint	TimeseriesSavitzkyGolayBased.subtract(DataPoint old, DataPoint baseline)	Subtracts the baseline from the old data point and creates a new data point.

Uses of DataPoint in adams.data.container

Classes in adams.data.container with type parameters of type DataPoint

Modifier and Type	Class	Description
class	AbstractDataContainer<T extends DataPoint>	Superclass for all data structures.
interface	DataContainer<T extends DataPoint>	Generic Interface for data containers.
interface	DataContainerWithSpreadSheetSupport<T extends DataPoint>	Data containers that can turn themselves into spreadsheets.
class	DataPointComparator<T extends DataPoint>	A comparator for sequence points.

Subinterfaces of DataPoint in adams.data.container

Modifier and Type	Interface	Description
interface	DataPointWithMetaData	Interface for DataPoint-implementing classes that also support meta-data.

Classes in adams.data.container that implement DataPoint

Modifier and Type	Class	Description
class	AbstractDataPoint	Superclass for data points.

Methods in adams.data.container with parameters of type DataPoint

Modifier and Type	Method	Description
void	AbstractDataPoint.assign(DataPoint other)	Obtains the stored variables from the other data point.
void	DataPoint.assign(DataPoint other)	Obtains the stored variables from the other data point.

Uses of DataPoint in adams.data.filter

Methods in adams.data.filter that return DataPoint

Modifier and Type	Method	Description
protected DataPoint	DownSample.copy(int index, List<DataPoint> points)	Creates a copy of the data point.
protected abstract DataPoint	AbstractAutocorrelation.newDataPoint(double x, double y)	Creates a new DataPoint from the X/Y data.
protected abstract DataPoint	AbstractFastWavelet.newDataPoint(DataPoint oldPoint, double x)	Creates a new DataPoint based on the old one and the new X value.
protected abstract DataPoint	AbstractFastWavelet.newDataPoint(List<DataPoint> points, int index, double x)	Creates a new DataPoint based on the index and the new X value.
protected abstract DataPoint	AbstractFFT.newDataPoint(List<DataPoint> points, int index, double y)	Creates a new DataPoint based on the index and the new Y value.
protected abstract DataPoint	AbstractHistogram.newDataPoint(int index, double y)	Creates a new data point from the X and Y values.
protected abstract DataPoint	AbstractLOWESS.newDataPoint(Point2D smoothed)	Creates a new DataPoint from the smoothed one.
protected abstract DataPoint	AbstractSavitzkyGolay.newDataPoint(DataPoint oldPoint, double x)	Creates a new DataPoint based on the old one and the new X value.
protected abstract DataPoint	AbstractSAX.newDataPoint(double x, double y)	Creates a new data point from the X and Y values.
protected abstract DataPoint	AbstractSimpleSavitzkyGolay.newDataPoint(DataPoint old, double y)	Creates a new DataPoint based on the old one and the new Y-value.
protected DataPoint	TimeseriesAutocorrelation.newDataPoint(double x, double y)	Creates a new DataPoint from the X/Y data.
protected DataPoint	TimeseriesFastWavelet.newDataPoint(DataPoint oldPoint, double x)	Creates a new DataPoint based on the old one and the new X value.
protected DataPoint	TimeseriesFastWavelet.newDataPoint(List<DataPoint> points, int index, double x)	Creates a new DataPoint based on the index and the new X value.
protected DataPoint	TimeseriesFFT.newDataPoint(List<DataPoint> points, int index, double y)	Creates a new DataPoint based on the index and the new Y value.
protected DataPoint	TimeseriesHistogram.newDataPoint(int index, double y)	Creates a new data point from the X and Y values.
protected DataPoint	TimeseriesLOWESS.newDataPoint(Point2D smoothed)	Creates a new DataPoint from the smoothed one.
protected DataPoint	TimeseriesSavitzkyGolay.newDataPoint(DataPoint oldPoint, double x)	Creates a new DataPoint based on the old one and the new X value.
protected DataPoint	TimeseriesSAX.newDataPoint(double x, double y)	Creates a new data point from the X and Y values.
protected abstract DataPoint	AbstractDerivative.toDataPoint(AbstractDerivative.Point point)	Turns the intermediate format point back into a DataPoint.
protected DataPoint	TimeseriesDerivative.toDataPoint(AbstractDerivative.Point point)	Turns the intermediate format point back into a DataPoint.

Methods in adams.data.filter with parameters of type DataPoint

Modifier and Type	Method	Description
protected abstract Point2D	AbstractLOWESS.convert(DataPoint point)	Returns the X/Y values of the DataPoint as Point2D.
protected Point2D	TimeseriesLOWESS.convert(DataPoint point)	Returns the X/Y values of the DataPoint as Point2D.
protected abstract double	AbstractFastWavelet.getValue(DataPoint point)	Returns the X-value of the DataPoint.
protected abstract double	AbstractFFT.getValue(DataPoint point)	Returns the Y-value of the DataPoint.
protected abstract double	AbstractSavitzkyGolay.getValue(DataPoint point)	Returns the X-value of the DataPoint.
protected abstract double	AbstractSimpleSavitzkyGolay.getValue(DataPoint point)	Returns the Y-value of the point.
protected double	TimeseriesFastWavelet.getValue(DataPoint point)	Returns the X-value of the DataPoint.
protected double	TimeseriesFFT.getValue(DataPoint point)	Returns the Y-value of the DataPoint.
protected double	TimeseriesSavitzkyGolay.getValue(DataPoint point)	Returns the X-value of the DataPoint.
protected abstract double	AbstractAutocorrelation.getX(DataPoint point)	Returns the X value of the DataPoint.
protected abstract double	AbstractSAX.getX(DataPoint point)	Obtains the X value from the given data point.
protected double	TimeseriesAutocorrelation.getX(DataPoint point)	Returns the X value of the DataPoint.
protected double	TimeseriesSAX.getX(DataPoint point)	Obtains the X value from the given data point.
protected abstract double	AbstractAutocorrelation.getY(DataPoint point)	Returns the Y value of the DataPoint.
protected abstract double	AbstractHistogram.getY(DataPoint point)	Obtains the Y value from the given data point.
protected abstract double	AbstractSAX.getY(DataPoint point)	Obtains the Y value from the given data point.
protected double	TimeseriesAutocorrelation.getY(DataPoint point)	Returns the Y value of the DataPoint.
protected double	TimeseriesHistogram.getY(DataPoint point)	Obtains the Y value from the given data point.
protected double	TimeseriesSAX.getY(DataPoint point)	Obtains the Y value from the given data point.
protected abstract DataPoint	AbstractFastWavelet.newDataPoint(DataPoint oldPoint, double x)	Creates a new DataPoint based on the old one and the new X value.
protected abstract DataPoint	AbstractSavitzkyGolay.newDataPoint(DataPoint oldPoint, double x)	Creates a new DataPoint based on the old one and the new X value.
protected abstract DataPoint	AbstractSimpleSavitzkyGolay.newDataPoint(DataPoint old, double y)	Creates a new DataPoint based on the old one and the new Y-value.
protected DataPoint	TimeseriesFastWavelet.newDataPoint(DataPoint oldPoint, double x)	Creates a new DataPoint based on the old one and the new X value.
protected DataPoint	TimeseriesSavitzkyGolay.newDataPoint(DataPoint oldPoint, double x)	Creates a new DataPoint based on the old one and the new X value.
protected void	AbstractSavitzkyGolay.postProcess(DataPoint oldPoint, DataPoint newPoint)	Optional post-processing.
protected abstract AbstractDerivative.Point	AbstractDerivative.toPoint(DataPoint point)	Turns the DataPoint into the intermediate format.
protected AbstractDerivative.Point	TimeseriesDerivative.toPoint(DataPoint point)	Turns the DataPoint into the intermediate format.

Method parameters in adams.data.filter with type arguments of type DataPoint

Modifier and Type	Method	Description
protected DataPoint	DownSample.copy(int index, List<DataPoint> points)	Creates a copy of the data point.
protected abstract DataPoint	AbstractFastWavelet.newDataPoint(List<DataPoint> points, int index, double x)	Creates a new DataPoint based on the index and the new X value.
protected abstract DataPoint	AbstractFFT.newDataPoint(List<DataPoint> points, int index, double y)	Creates a new DataPoint based on the index and the new Y value.
protected DataPoint	TimeseriesFastWavelet.newDataPoint(List<DataPoint> points, int index, double x)	Creates a new DataPoint based on the index and the new X value.
protected DataPoint	TimeseriesFFT.newDataPoint(List<DataPoint> points, int index, double y)	Creates a new DataPoint based on the index and the new Y value.

Uses of DataPoint in adams.data.instance

Classes in adams.data.instance that implement DataPoint

Modifier and Type	Class	Description
class	InstancePoint	A 2-dimensional point (X: attribute index, Y: internal value).

Methods in adams.data.instance with parameters of type DataPoint

Modifier and Type	Method	Description
void	InstancePoint.assign(DataPoint other)	Obtains the stored variables from the other data point.
int	InstancePointComparator.compare(DataPoint o1, DataPoint o2)	Compares its two arguments for order.

Uses of DataPoint in adams.data.sequence

Subinterfaces of DataPoint in adams.data.sequence

Modifier and Type	Interface	Description
interface	XYSequencePointWithErrors	Extends DataPoint to store X/Y error information as well.

Classes in adams.data.sequence that implement DataPoint

Modifier and Type	Class	Description
class	XYSequencePoint	A 2-dimensional point.

Methods in adams.data.sequence with parameters of type DataPoint

Modifier and Type	Method	Description
void	XYSequencePoint.assign(DataPoint other)	Obtains the stored variables from the other data point.
int	XYSequencePointComparator.compare(DataPoint o1, DataPoint o2)	Compares its two arguments for order.

Uses of DataPoint in adams.data.smoothing

Methods in adams.data.smoothing with parameters of type DataPoint

Modifier and Type	Method	Description
protected abstract Double	AbstractSlidingWindow.getValue(DataPoint point)	Returns the X-value of the data point.
protected Double	TimeseriesSlidingWindow.getValue(DataPoint point)	Returns the X-value of the data point.
protected abstract void	AbstractSlidingWindow.updatePoint(DataPoint point, double value)	Updates the X-value of the data point.
protected void	TimeseriesSlidingWindow.updatePoint(DataPoint point, double value)	Updates the X-value of the data point.

Uses of DataPoint in adams.data.timeseries

Classes in adams.data.timeseries that implement DataPoint

Modifier and Type	Class	Description
class	TimeseriesPoint	Encapsulates a single data point of a timeseries.

Methods in adams.data.timeseries with parameters of type DataPoint

Modifier and Type	Method	Description
void	TimeseriesPoint.assign(DataPoint other)	Obtains the stored variables from the other data point.

Uses of DataPoint in adams.flow.sink.sequenceplotter

Classes in adams.flow.sink.sequenceplotter that implement DataPoint

Modifier and Type	Class	Description
class	SequencePlotPoint	Extended XYSequencePoint which can store X/Y error information as well.

Methods in adams.flow.sink.sequenceplotter with parameters of type DataPoint

Modifier and Type	Method	Description
void	SequencePlotPoint.assign(DataPoint other)	Obtains the stored variables from the other data point.
int	SequencePlotPointComparator.compare(DataPoint o1, DataPoint o2)	Compares its two arguments for order.

Uses of DataPoint in adams.gui.visualization.spreadsheet

Classes in adams.gui.visualization.spreadsheet that implement DataPoint

Modifier and Type	Class	Description
class	SpreadSheetRowPoint	A 2-dimensional point (X: attribute index, Y: internal value).

Methods in adams.gui.visualization.spreadsheet with parameters of type DataPoint

Modifier and Type	Method	Description
void	SpreadSheetRowPoint.assign(DataPoint other)	Obtains the stored variables from the other data point.
int	SpreadSheetRowPointComparator.compare(DataPoint o1, DataPoint o2)	Compares its two arguments for order.